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  • Q20NDXLQ5

    產品訊息 Q20 Series Industry Standard Global Housing
    Q20NDXLQ5
    Q20NDXLQ5
    Q20NDXLQ5

    認證

    • NRKH2 NRKH8 Vol3 Sec2
    • CE

    可搭配的放大器

    當使用對照式光纖時,感測距離也會與光纖線的長度有關

    IP Rating
    IP67
    NEMA / UL Type Rating
    NEMA 4X
    Sensing Beam
    Infrared LED
    Cable Length (m)
    0.15
    Power
    DC
    Sensing Mode (General)
    Proximity
    Sensing Mode (Detailed)
    Diffuse
    Housing Style
    Rectangular
    Primary Housing Material
    Thermoplastic
    Input Output
    Discrete
    Max Sensing Distance (mm)
    1500
    Outputs
    NPN
    Power Supply/Supply Voltage
    10-30 V dc
    Connection
    Pigtail QD
    Quick Disconnect Type
    M12
    Min Op. Temp. (°C)
    -20
    Operation
    Light/Dark Operate
    Max Op. Temp. (°C)
    60
    Output response time (ms)
    0.8
    Special Feature: Intrinsically Safe
    No
    Special Feature: Remote Teach
    No
    Special Feature: Water Detection
    No
    Delay at Power-up (ms)
    100
    Repeatability (µs)
    155
    Number of Pins
    4
    Max Op. Relative Humidity [%]
    95% @ 50°C
    Lens Material
    Acrylic
    Adjustments
    Potentiometer
    Indicator
    LEDs
    Feature: Audible
    No
    Feature: Quick Disconnect
    Yes

    以下產品已包含在您的訂單中

    CAD Files

    Date
    Type
    Size
    Q20D/DL/DXL CABLE
    29 Nov 2022
    DXF
    478K
    Q20D/DL/DXL CABLE
    29 Nov 2022
    PDF
    178K
    Q20D/DL/DXL CABLE
    29 Nov 2022
    IGS
    1.9MB
    Q20D/DL/DXL CABLE
    29 Nov 2022
    STP
    1.2MB

    技術文獻

    Date
    Type
    Size
    Q20 Series Sensor
    13 Dec 2021
    DATA SHEET
    517K

    Certification

    Date
    Type
    Size
    DoC for Q20
    8 Dec 2021
    CERTIFICATION
    4.9MB
    RoHs_10.1323.1014
    2 Aug 2024
    CERTIFICATION
    119K
    Reach_10.1323.1014
    26 Sep 2024
    CERTIFICATION
    71K
    • Wiring Diagram

      Product Technical Diagram
    Q20NDXLQ5
    Q20NDXLQ5
    產品訊息: Q20 Series Industry Standard Global Housing

    認證

    • NRKH2 NRKH8 Vol3 Sec2
    • CE
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